Description
Product Type: Sequential DNase Buffer
Unit Size: Each
Features of the MagMAX Sequential DNA/RNA Kit include:
• Test utilization management—obtain more information using minimal sample volume to help preserve precious samples
• Versatile workflow solutions—flexible workflow enables low- to high-throughput sample processing and various sample input volume formats
• Easy identification—color-coded lid labels enable quick reagent identification, helping to minimize the risk of costly errors
• Sequential DNA and RNA isolation—obtain high-quality genomic DNA and total RNA from the same blood or bone marrow sample
• Compatible with KingFisherinstruments—for a streamlined, automated workflow solution
• Expand hematologic research—separate, ready-to-use DNA and RNA eluates for use in broad range of downstream applications
• Available as stand-alone products—reagents available in larger volume bottles sold separatelyMade for KingFisher purification systemsThe MagMAX Sequential DNA/RNA Kit is compatible with the KingFisher Duo Prime, KingFisher Flex, and KingFisher Apex purification systems, allowing for a semi-automated workflow with a total turnaround time in about 2.5 hours. By isolating genomic DNA and total RNA from a single sample in one sequential workflow, the MagMAX Sequential DNA/RNA Kit simplifies nucleic acid purification for a broad range of molecular downstream applications, such as PCR and sequencing. This all-in-one kit is an excellent choice for researchers seeking an automated, efficient workflow that delivers reliable results from limited sample material.Working with higher throughput sample numbers or input volumes?The MagMAX Sequential DNA/RNA Kit reagents are also available as stand-alone products sold separately. These reagents come in larger volumes to facilitate high-throughput sample processing and accommodate higher sample input volumes. When purchased as a set of eleven stand-alone reagents, users will have sufficient MagMAX Sequential DNA/RNA reagent volumes to process 440 samples ranging from 50–150 μL each.
